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Posted On: 09/08/2020 2:38:38 PM
Post# of 72445
From the summary of the kevetrin study:
"Given the importance of the TP53 gene in cancer and the frequency of its mutation, several compounds have been tested with the aim of restoring wt p53 function or of degrading the mutated protein to promote apoptosis. Despite the lack of in vivo experiments, which represents a limitation to the present study, the results suggest that kevetrin may be a promising novel drug for the treatment of AML patients carrying either wt or mutant TP53, with the latter representing an imperative medical need due to its associated dismal prognosis (Fig. 6) (9). A phase I clinical trial evaluating kevetrin activity in advanced solid tumors has been successfully completed, and its results indicate good tolerability and the potential for therapeutic response (NCT01664000) (36,48). The data presented herein provide a rationale for an experimental trial in AML patients, particularly those carrying TP53 mutation, for whom the therapeutic options are currently limited."
"Given the importance of the TP53 gene in cancer and the frequency of its mutation, several compounds have been tested with the aim of restoring wt p53 function or of degrading the mutated protein to promote apoptosis. Despite the lack of in vivo experiments, which represents a limitation to the present study, the results suggest that kevetrin may be a promising novel drug for the treatment of AML patients carrying either wt or mutant TP53, with the latter representing an imperative medical need due to its associated dismal prognosis (Fig. 6) (9). A phase I clinical trial evaluating kevetrin activity in advanced solid tumors has been successfully completed, and its results indicate good tolerability and the potential for therapeutic response (NCT01664000) (36,48). The data presented herein provide a rationale for an experimental trial in AML patients, particularly those carrying TP53 mutation, for whom the therapeutic options are currently limited."
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